Modeling and design of a 1.2 pF common-mode capacitance transformer for powering MV SiC MOSFETs gate drivers

H Zhao, DN Dalal, X Wang… - IECON 2019-45th …, 2019 - ieeexplore.ieee.org
This paper proposes a physics-level modeling method for analyzing the primary to
secondary-side (common-mode) parasitic capacitance of the transformer for the Medium …

Modeling and Design of a 1.2 pF Common-Mode Capacitance Transformer for Powering MV SiC MOSFETs Gate Drivers

H Zhao, DN Dalal, X Wang, JK Jørgensen… - IECON 2019-45th …, 2019 - dl.acm.org
This paper proposes a physics-level modeling method for analyzing the primary to
secondary-side (common-mode) parasitic capacitance of the transformer for the Medium …

[PDF][PDF] Modeling and Design of a 1.2 pF Common-Mode Capacitance Transformer for Powering MV SiC MOSFETs Gate Drivers

H Zhao, DN Dalal, X Wang, JK Jørgensen… - researchgate.net
This paper proposes a physics-level modeling method for analyzing the primary to
secondary-side (commonmode) parasitic capacitance of the transformer for the …

[PDF][PDF] Modeling and Design of a 1.2 pF Common-Mode Capacitance Transformer for Powering MV SiC MOSFETs Gate Drivers

H Zhao, DN Dalal, X Wang, JK Jørgensen… - core.ac.uk
This paper proposes a physics-level modeling method for analyzing the primary to
secondary-side (commonmode) parasitic capacitance of the transformer for the …

Modeling and Design of a 1.2 pF Common-Mode Capacitance Transformer for Powering MV SiC MOSFETs Gate Drivers

H Zhao, DN Dalal, X Wang, JK Jørgensen… - IECON 2019-45th …, 2019 - vbn.aau.dk
This paper proposes a physics-level modeling method for analyzing the primary to
secondary-side (common-mode) parasitic capacitance of the transformer for the Medium …

[PDF][PDF] Modeling and Design of a 1.2 pF Common-Mode Capacitance Transformer for Powering MV SiC MOSFETs Gate Drivers

H Zhao, DN Dalal, X Wang, JK Jørgensen… - vbn.aau.dk
This paper proposes a physics-level modeling method for analyzing the primary to
secondary-side (commonmode) parasitic capacitance of the transformer for the …